1. Materials used: High quality materials that can block ultraviolet rays, have good sealing and insulation properties
2. Total UV irradiation area of the equipment: greater than 2000mm x 2000mm, meeting the simultaneous testing of two 2m x 1m components (can be made according to customer requirements)
3. Light source lifespan: The system uses metal halide lamps with a lifespan of approximately 1000 hours.
4. Relative energy ratio of UVA and UVB for each lamp: UVB accounts for approximately 3% to 10% of the total energy
5. Radiation intensity: The radiation intensity at wavelengths of 280nm to 385nm can reach around 100W/m ² to ensure the shortest possible testing period
6. Radiation uniformity: better than ± 15%
7. Real time monitoring and display of UVA and UVB intensity
8. One UVA (320nm~385nm) and one UVB (280nm~320nm) fiber optic probe
9. Module surface temperature: 60 ° C ± 5 ° C
10. Temperature resolution: 0.1 ° C
11. Ozone: Almost no ozone is produced
12. Lighting method: emits light upwards, with the component testing plane perpendicular to the light source
13. Touch screen control and real-time monitoring, and automatically cut off the light source when the set value is reached
14. Real time graphical display of component surface temperature with measurement accuracy of ± 0.1 ºC.
Our service:
During the whole business process, we offer Consultative Selling service.
FAQ:
Moreover, If your machine doesn’t work, you can send us an e-mail or call us we will try our best to find the problem through our conversation or by video chat if necessary. Once we have confirmed the problem, the solution will be offered within 24 to 48 hours.